What is the standard delivery period for projects, particularly for large-scale ones? If it exceeds the estimated time, will we be charged extra for labor?

Certainly. We are glad to arrange a site visit (Asian projects such as in China or South Korea are recommended), and an experienced staff will be there to accompany you, ready to answer all questions.

For clients without travel plans: We are happy to provide some reference cases (considering clients' privacy, only unimplemented proposals will be shared). If you are comfortable sharing relevant data, we can tailor a solution for you.

Based on our experience, the following four scenarios deliver the fastest and greatest returns from automated warehouse implementation: （tell us about your industry, we will calculate the return rates for you）

1) Long, heavy, rust-prone materials (e.g., steel rails, frames, rebar) Manual retrieval is difficult. Bottom-layer materials are often left untouched for long periods and become rusty. Automated warehouses enable FIFO, preventing bottom-layer stagnation and corrosion.

2) Multi-stage production lines with frequent material handover (e.g., flange production lines) Poor coordination between stages leads to messy piles of materials and work-in-progress, severely affecting retrieval and production efficiency. Automated warehouses connect each stage, providing buffering and on-demand delivery.

3) Materials emitting irritating or toxic gases (e.g., chemicals) Manual handling poses safety and health risks. Automated storage minimizes human exposure, reducing hidden risk-related costs.

4) High-throughput express delivery industry Manual picking and material handling have reached their efficiency ceiling. Adding labor can not break the limit. The combination of RFID scanning, automated robots (e.g., AGVs, robotic arms), and automated warehouses is required to achieve higher throughput.

In our completed projects, the tallest automated racking system stands at 24 meters, with its top secured to the steel structure of the factory roof. This racking uses Q235 steel, and each 1*1*1m storage location has a load capacity of 2 tons. If Q460 steel were applied under the same conditions, the load capacity per location could be increased to 3–4 tons.

The speed of AGVs depends on their load capacity and stablility. Taking RGV (Rail Guided Vehicle) as an example, thanks to its fixed rail system, it operates with a 1.8-ton load, and can easily reach a speed of 3.5 m/s.

Below are several representative cases for the efficiency:
1) Hefei Huayi: Reduced labor costs by 60% while doubling shipping efficiency.
2) Jointown South China Pharmaceutical Logistics Center: Largely eliminated manual sorting labor costs, increased sorting speed by 30%, and achieved 24/7 uninterrupted operation.
3) A multi-warehouse coordination project: Achieved a 90% increase in picking efficiency while significantly reducing labor costs.
4) Stanley Fertilizer Co., Ltd.: Deployed automated forklifts for automatic inbound/outbound in the production warehouse, reduced the workforce from five people to one, cutting labor costs by 80%.

Certainly. We offer phased, flexible services based on the customer's current level of automation:

For customers with no automation requirements yet, we can first assist in setting up vertical shelving suitable for manual picking, optimizing storage space while leaving interfaces for future automation upgrades.

For customers who already have vertical shelving, we can help adjust rack spacing, and deploy automated forklifts.

For customers who already have automated forklifts, we can further optimize their RCS and WCS, enabling more efficient equipment control.